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OwnerPeter VINCON, Yannick GOOS +1inventors
InventorsPeter VINCON, Yannick GOOS, Michael FEINDLER
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A disc valve device has at least one first valve part comprising at least one first fluid port, further has at least one second valve part comprising at least one second fluid port which is manufactured separately from the first valve part, and has at least one disc pack comprising at least one first valve disc and at least one second valve disc that is rotatable relative to the first valve disc, wherein flow-through paths can be opened and/or closed depending on a position of the valve discs of the disc pack relative to one another, and wherein the first valve part and the second valve part are mounted to each other in such a way that the valve parts together form a disc pack receiving space within which at least the disc pack is accommodated, wherein the disc valve device comprises at least one elastically deformable sealing element, which is arranged in the disc pack receiving space in an elastically pre-loaded fashion, such that in a mounted state of the valve parts the disc pack is pressed towards an abutment.
A disc valve device with at least one first valve part comprising at least one first fluid port, with at least one second valve part comprising at least one second fluid port which is manufactured separately from the first valve part, and with at least one disc pack comprising at least one first valve disc and at least one second valve disc that is rotatable relative to the first valve disc, wherein flow-through paths can be opened and/or closed depending on a position of the valve discs of the disc pack relative to one another, and wherein the first valve part and the second valve part are mounted to each other in such a way that the valve parts together form a disc pack receiving space within which at least the disc pack is accommodated, the disk valve device further comprising at least one elastically deformable sealing element, which is arranged in the disc pack receiving space in an elastically pre-loaded fashion, such that in a mounted state of the valve parts the disc pack is pressed towards an abutment, which is in particular situated opposite the sealing element and in particular is at least connected to the first valve part.
The method according to claim 11, wherein the sealing element is elastically pre-loaded by pressing one of the valve parts against the respective other valve part or by pressing the valve parts against each other.
The method according to claim 14, wherein following the adjustment of the pre-load of the sealing element, in a joining step, the valve parts, which were arranged precisely relative to each other in the pre-load setting steps, are joined.
Dependencies are inferred from the claim text.